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include BigchainDB2.0 in README

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README.md
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@ -18,6 +18,7 @@
| `0.10` | `0.1.x` |
| `1.0.0` | `0.3.x` |
| `>= 1.3.0` | `3.x.x` |
| `>= 2.0.0` | `4.x.x` |
## Breaking changes
Version 3.2 of BigchainDB JavaScript Driver introduces a new way of creating transfer transactions. Check [older versions](https://docs.bigchaindb.com/projects/js-driver/en/latest/readme.html#features)

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docs/source/readme.rst
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@ -44,70 +44,68 @@ Compatibility Matrix
Older versions
--------------------
#### Versions 4.x.x
**Version 4.x.x**
As part of the changes in the BigchainDB 2.0 server, some endpoint were
modified. In order to be consistent with them, the JS driver does not have
anymore the `pollStatusAndFetchTransaction()` method as there are three
different ways of posting a transaction.
- `async` using the `postTransaction`: the response will return immediately and not wait to see if the transaction is valid.
- `sync` using the `postTransactionSync`: the response will return after the transaction is validated.
- `commit` using the `postTransactionCommit`: the response will return after the transaction is committed to a block.
By default in the docs we will use the `postTransactionCommit` as is way of
being sure that the transaction is validated and commited to a block, so
there will not be any issue if you try to transfer the asset immediately.
**Version 3.2.x**
As part of the changes in the BigchainDB 2.0 server, some endpoint were
modified. In order to be consistent with them, the JS driver does not have
anymore the `pollStatusAndFetchTransaction()` method as there are three
different ways of posting a transaction.
- `async` using the `postTransaction`: the response will return immediately and not wait to see if the transaction is valid.
- `sync` using the `postTransactionSync`: the response will return after the transaction is validated.
- `commit` using the `postTransactionCommit`: the response will return after the transaction is committed to a block.
For versions below 3.2, a transfer transaction looked like:
By default in the docs we will use the `postTransactionCommit` as is way of
being sure that the transaction is validated and commited to a block, so
there will not be any issue if you try to transfer the asset immediately.
.. code-block:: js
const createTranfer = BigchainDB.Transaction.makeTransferTransaction(
txCreated,
metadata, [BigchainDB.Transaction.makeOutput(
BigchainDB.Transaction.makeEd25519Condition(alice.publicKey))],
0
)
const signedTransfer = BigchainDB.Transaction.signTransaction(createTranfer,
keypair.privateKey)
#### Versions 3.2.x
In order to upgrade and do it compatible with the new driver version, this
transaction should be now:
For versions below 3.2, a transfer transaction looked like:
.. code-block:: js
.. code-block:: js
const createTranfer = BigchainDB.Transaction.makeTransferTransaction(
txCreated,
metadata, [BigchainDB.Transaction.makeOutput(
const createTranfer = BigchainDB.Transaction.makeTransferTransaction(
[{ tx: txCreated, output_index: 0 }],
[BigchainDB.Transaction.makeOutput(
BigchainDB.Transaction.makeEd25519Condition(alice.publicKey))],
0
)
metaData
)
const signedTransfer = BigchainDB.Transaction.signTransaction(createTranfer,
keypair.privateKey)
const signedTransfer = BigchainDB.Transaction.signTransaction(createTranfer,
keypair.privateKey)
In order to upgrade and do it compatible with the new driver version, this
transaction should be now:
.. code-block:: js
const createTranfer = BigchainDB.Transaction.makeTransferTransaction(
[{ tx: txCreated, output_index: 0 }],
[BigchainDB.Transaction.makeOutput(
BigchainDB.Transaction.makeEd25519Condition(alice.publicKey))],
metaData
)
const signedTransfer = BigchainDB.Transaction.signTransaction(createTranfer,
keypair.privateKey)
The upgrade allows to create transfer transaction spending outputs that belong
to different transactions. So for instance is now possible to create a transfer
transaction spending two outputs from two different create transactions:
The upgrade allows to create transfer transaction spending outputs that belong
to different transactions. So for instance is now possible to create a transfer
transaction spending two outputs from two different create transactions:
.. code-block:: js
const createTranfer = BigchainDB.Transaction.makeTransferTransaction(
[{ tx: txCreated1, output_index: 0 },
{ tx: txCreated2, output_index: 0}],
[BigchainDB.Transaction.makeOutput(
BigchainDB.Transaction.makeEd25519Condition(alice.publicKey))],
metaData
)
.. code-block:: js
const createTranfer = BigchainDB.Transaction.makeTransferTransaction(
[{ tx: txCreated1, output_index: 0 },
{ tx: txCreated2, output_index: 0}],
[BigchainDB.Transaction.makeOutput(
BigchainDB.Transaction.makeEd25519Condition(alice.publicKey))],
metaData
)
const signedTransfer = BigchainDB.Transaction.signTransaction(createTranfer,
keypair.privateKey)
const signedTransfer = BigchainDB.Transaction.signTransaction(createTranfer,
keypair.privateKey)